Air treatment device adopting ultrasonic atomized liquid nanometer material

Abstract

The invention is a kind of air processing device using supersonic wave atomized liquid nano material. The device includes an increaser, a concave cylinder, reducer, square ring type fluorescent tube, spoiling board, supersonic wave atomized air spout, nylon mesh, nano material liquid supplying box, the upper end board. The liquid nano material can acts on excellent catalyst effect irradiated by the normal visible light, sprays atomized material at the increaser after atomized by supersonic, and blended with the gas flow needed to be processed, the spoiling board disturbs gas flow to blend the gas and the nano atomized gas. The invention upgrades the process effect. There also sets material for reclaiming the nano drop.

Description

technical field [0001] The invention relates to an air treatment device, in particular to an air treatment device using ultrasonic atomization of liquid nanomaterials in an all-air or fresh air coil central air-conditioning system. It belongs to the technical field of building environment and equipment engineering. Background technique [0002] With the improvement of people's living conditions, the requirements for air quality in air conditioning systems are gradually becoming stricter, requiring higher indoor air quality. However, the existing air treatment technology generally adopts more filtering for dust, but rarely involves the treatment of bacteria, germs and harmful gases. The more effective photocatalytic technology used in the past is to use ultraviolet lamps to provide catalytic conditions for nanomaterials. Nanomaterials have the activity of catalytically decomposing proteins after being irradiated by ultraviolet light. At the same time, ultraviolet light itsel...

AI Technical Summary

Problems solved by technology

However, the device does not have ultrasonic atomization, and is not suitable for the atomization supply of nanomaterials, and is not designed for large-scale central air-conditioning systems, and is not suitable for air purification of current air-conditioning systems

The utility model patent with the application number 01254841.3: nano photocatalytic air purifier basically uses nano-materials solidified in the device, and the air flow channel is set as W-shaped. The nano-materials are solidified in the filter screen, and the air to be treated may be Can't touch the nanomaterials of the side wall, resulting in incomplete filtration, which is only equivalent to the filtration effect of several sections, and does not use all the space, which has disadvantages

Images